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Given the frequency F of a photon in giga hertz.
Find energy E of this photon in giga electron volts.
Assume h, Planck's constant is about 4 femto electron-volt-second.
To maximize benefits, it may help not looking at the Test Suite before trying any solution!
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The test suite is just silly/broken.
I agree. I think the test suite needs to be modified.
it looks fine to me (it sets some bounds without giving away the actual value, perhaps I am missing something?)
good
Improve the test suite..
The top solutions are not even solving the actual problem.
Test suite is very badly made. And the problem is pointless. I hope people who post problems think a little a bit before creating a new problem.
Photon energy calculation is well known equation to the person who learned physics. This problem using not "J" but "eV" as the unit. Take care!
E=hf. The test cases are just wrong.
The test case should be updatet, it does not account for numerical differences. Also why not use a more accurate value for the Planck constant? As it is now one hase to reverse engineer the Planck constant from the test cases and then use that one. And then it even fails the test case...